Enhance Safety and Efficiency with Indoteq's Industrial Security Solutions
Pharmaceutical Occupancies
It's crucial for pharmaceutical facilities to be fully aware of the deflagration risk. Adhering to fire safety practices in pharmaceutical products is essential to avoid the risks associated with highly flammable, explosive, reactive, and poisonous materials
Oil & Gas Occupancies
Fire risks surround Oil and Gas Facilities. Highly flammable liquids and gasses can lead to intense fire, damaging property, causing pollution, and risk to human life. The biggest risks occur when oil escapes from its containment, where a stray spark can ignite and start a dangerous fire
Steel Plants
The steel plant is a fire hazard industry. The plant is at risk, including control rooms, motor control rooms, hydraulic rooms, transformer rooms, oil cellars, cable tunnels, and rubber conveyor belts. The plant deals with liquid metals, high-temperature products, hot waste materials, and sediments containing hot materials. Cutting and welding are necessary for maintenance, increasing the fire risk. Fire protection, fire prevention, fire safety, and firefighting are all crucial in a steel plant.
Power Plants
Power plants face fire risks due to electrical overloads, flammable fuels, the nature of the work, and materials involved. One of the most common causes of fire is fault within electrical systems, which can lead to excessive heat and spark onto flammable materials, causing a fire.
Many combustible materials around a power plant act as a fuel source, including natural gas, coal, oils, biomass, hydraulic fluids, insulation, and other chemicals
Addressable Fire Alarm System
Fire alarms are essential for keeping people safe in buildings. A network of interconnected devices, these systems are designed to identify and alert individuals to the presence of smoke, fire, carbon monoxide, or other emergencies through visual and auditory signaling. Alarm signaling devices may include motorized bells, wall-mounted sounders, or horns.
Fire Hydrant System
One of the methods for extinguishing fire in towns, cities, and industrial buildings is to provide external hydrant systems. Fire hydrant systems consist of suitable capacity reservoirs, arrangements to impart pressure to the water, means to convey the water to various locations, and suitable water outlets at the required locations
Foam-Based Sprinkler System
Foam-water sprinkler systems control and extinguish the fire with foam, the preferred extinguishing agent. The system is usually controlled by an automatic damage valve, which is actuated by one of the detection devices and installed in the same area as Foam-Water sprinklers. Once the fire is detected, the water sprinkler immediately discharges foam into the entire area
High Velocity Water Spray System
High Velocity Water Sprinkler System is used to protect equipment like transformers, circuit breakers, diesel engines and fuel oil storage tanks, turbo alternators, lube oil systems, and oil-fired boilers. This system is designed to extinguish oil fires (Water spray systems are installed to extinguish fires involving liquids with flash points of 65 degrees C (150 degrees F) or higher.)
Foam Water Sprinkler Systems
Foam-water sprinkler systems control and extinguish the fire with foam, the preferred extinguishing agent. The system is usually controlled by an automatic damage valve, which is actuated by one of the detection devices and installed in the same area as Foam-Water sprinklers. Once the fire is detected, the foam water sprinkler immediately discharges foam into the entire area.
